Knowledge of soil organic carbon (SOC) changes that occur under different agricultural
practices is important for policy development, carbon (C) marketing, and sustainable land …

Soil organic carbon (SOC) is highly sensitive to agricultural land management, so there is a
great deal of interest in managing cultivated soils to sequester atmospheric CO2. In this …

To fulfill commitments under the Kyoto Protocol, Canada is required to provide verifiable
estimates and uncertainties for soil organic carbon (SOC) stocks, and for changes in those …

Understanding how agricultural management and climate change affect soil organic carbon
(SOC) stocks is particularly important for dryland agriculture regions that have been losing …

Quantification of the impact of long‐term agricultural land use on soil organic C (SOC) is
important to farmers and policymakers, but few studies have characterized land use and …

Soil organic carbon (SOC) balance is an important component of the terrestrial carbon (C)
budget. However, effect of cropland management changes on SOC dynamics has not been …

SOIL CARBON SEQUESTRATION Scientific interest in managing soil organic carbon (SOC)
stocks in the United States dates back more than a century because of its importance to soil …

Uncertainty was quantified for an inventory estimating change in soil organic carbon (SOC)
storage resulting from modifications in land use and management across US agricultural …

Conservation management of degraded land has the potential to build soil fertility, restore
soil functions, and mitigate greenhouse gas emissions as a consequence of surface soil …

Across the world, soil organic carbon (SOC) is decreasing due to changes in land use such
as the conversion of natural systems to food or bioenergy production systems. The losses of …